| Name
Contacts | Kushnazarov Farruh
法如赫 173-2116-0407 k.farruh@bk.ru | |
|
| Major | Mathematical modeling, numerical calculation and coordination of computer programs | ||
| Highest Education | Ph.D. from St.Petersburg National Alexander I Emperor Transportation University | ||
| Languages | English | Russian | Chinese |
| Excellent | Native speaker | HSK2 (elementary) | |
Kushnazarov Farruh’s favorite subject from freshman year was mathematics and communication network system. Because of this, his final theses for bachelor and master degrees were about the communication network system. After successfully achieved a master’s degree with a high score, he got an offer from the university to continue researching the communication network. Feeling the need for practical experiences, he started working as an assistant professor and programmer for two years, during which he collected remarkable experiences and data for further research.
Finally, in 2012 he back to university to apply Ph.D. and work with a well-acknowledged professor in communication network and virtualization fields. As a researcher, he not only considered in the theoretical part but worked with several companies for applications as well. Moreover, each result was provided for implementations on data-centers, smart-city, and other projects. In Russia, especially Saint-Petersburg researcher Kushnazarov Farruh’s papers were frequently cited and discussed in dozens of conferences by other researchers. Kushnazarov Farruh has given 144 hours of lectures on communication network system for students and published two textbooks as the first author.
Based on the variation of the basic parameters of the protocols and transmission procedures to develop and evaluate the performance of communication protocols that provide guaranteed data delivered over communication channels with noise.
To experimentally determine the Viterbi decoder’s operability with the offered method using the Matlab environment (Simulink, Communication Toolbox package), a communication channel model was built. The parameters of the Viterbi decoder are taken as follows: R = 1/2, d = 7, L = 19. The input data stream in the form of a sequence of pseudorandom numbers, the frame size is 1120 bytes.
Implemented at the company L-Cube LLC to optimize the performance of the departmental network;
Performed at the company Domus Sapiens LLC to improve the quality of data transfer in a wireless network;
The tested result on the EMC2 data-center.